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| − | '''Experimental science''' is science based on [[experiment|experimental research]] that plays the role of testing [[hypothesis]], typically in controlled laboratory settings. The hypothesis investigated in classical experimental science postulate regularities among event-types. These regularities may be statistical, as in quantum mechanics, and they may or may not be causal. Experimental scientist are interested in testing functional regularities (e.g. the Boyle-Charles's law for ideal gases), as well as causal regularities.
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| − | A test condition C is inferred from the hypothesis and a prediction is made about what should happen if C is realized. This forms the basis for a series of controlled experiments.<ref name="Cleland">{{Cite journal
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| − | | author=Cleland, C.E.
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| − | | title=Methodological and Epistemic Differences between Historical Science and Experimental Science
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| − | | journal=Philosophy of Science
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| − | | volume=69
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| − | | month=September | year=2002 |page=480, 495 | pages=474–496
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| − | | format=PDF
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| − | | url=http://spot.colorado.edu/~cleland/articles/Cleland.PS.Pdf
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| − | | accessdate = 25.1.2012
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| − | |quote=
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| − | }}</ref>
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| − | == References ==
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| − | {{Reflist}}
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| − | ==See also==
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| − | *[[Empirical science]]
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| − | *[[Historical science]]
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| − | *[[Operation science]]
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| − | *[[Origin science]]
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| − | *[[Paleoscience]]
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| − | [[category:science]]
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| − | [[category:scientific disciplines]]
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| − | [[category:Methodology of Science]]
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